NASA and NOAA satellites continue to monitor the North Atlantic Ocean's non-tropical low pressure system for hints of development into a subtropical storm. NASA's Aqua satellite provided cloud top temperatures that show where ...

Coral reefs in the Indian Ocean that were severely damaged by a global warming event 17 years ago have bounced back to optimum health and have the potential to keep pace with rising sea levels, but only if they escape the ...

Climate scientists at the National Center for Atmospheric Research (NCAR) present evidence in a new study that they can predict whether the Arctic sea ice that forms in the winter will grow, shrink, or hold its own over the ...

The sensitivity of marine communities to ocean warming rather than rising ocean temperatures will have strong short-term impacts on biodiversity changes associated with global warming, according to new research.

Damaging heavy rains fell on South Carolina in the southeastern United States at the beginning of October 2015. Much of that water had, by mid-October, flowed into the Atlantic Ocean bringing with it heavy loads of sediment, ...

Warmer sea temperatures are forcing Indian Ocean king penguins to travel further for food, cutting into their breeding season researchers said Tuesday, warning of a "serious threat" from climate change.

For the first time researchers directly measured the speed of a wave located 80 meters below the ocean's surface from a single satellite image. The new technique developed by researchers from the University of Miami (UM) ...

Hurricane Oho appears to have extremely long arms in imagery from NOAA's GOES-West satellite on October 7. Moisture from Oho is being drawn along a stationary front to Oho's northeast, making it appear as if Oho is pointing ...

We regularly hear about how El Niño events raise the temperature across much of the planet, contributing to spikes in global average temperature such as the one witnessed in 1998, with severe bush fires, droughts and floods.

ESA's SMOS and two other satellites are together providing insight into how surface winds evolve under tropical storm clouds in the Pacific Ocean. This new information could to help predict extreme weather at sea.